Effective Nameplate Capacity definition

Effective Nameplate Capacity means (i) for each Variable Resource and Combination Resource, the resource’s Maximum Facility Output; (ii) for each Limited Duration Resource, the sustained level of output that the unit can provide and maintain over a continuous period, whereby the duration of that continuous period matches the characteristic duration of the corresponding ELCC Class, with consideration given to ambient conditions expected to exist at the time of PJM system peak load, to the extent that such conditions impact such resource’s capability.
Sample 1Sample 2Sample 3
Effective Nameplate Capacity means (i) for each Variable Resource and Combination
Sample 1Sample 2
Effective Nameplate Capacity means (i) for each Variable Resource and Combination Resource, the resource’s Maximum Facility Output (or, for a Co-Located Resource, the applicable share of the Mixed Technology Facility’s Maximum Facility Output); (ii) for each Limited Duration Resource, the sustained level of output that the unit can provide and maintain over a continuous period, whereby the duration of that continuous period matches the characteristic duration of the corresponding ELCC Class, with consideration given to ambient conditions expected to exist at the time of PJM system peak load, to the extent that such conditions impact such resource’s capability, not to exceed the Maximum Facility Output (or, for a Co-Located Resource, the applicable share of the Mixed Technology Facility’s Maximum Facility Output). For the 2025/2026 Delivery Year and subsequent Delivery Years, the Effective Nameplate Capacity of each Limited Duration Resource shall not exceed the greater of the Capacity Interconnection Rights of such Limited Duration Resource, or the transitional system capability as limited by the transitional resource MW ceiling as defined in the PJM Manuals, awarded for the applicable Delivery Year.
Sample 1Sample 2

Examples of Effective Nameplate Capacity in a sentence

  • The installed capacity of a Combination Resource (other than Hydropower With Non-Pumped Storage) is based on the lesser of the Maximum Facility Output or the sum of the equivalent Effective Nameplate Capacity values of the resource’s constituent components considered on a stand-alone basis.

  • For that to happen, public investment will remain critical, as will partnerships with the private sector to ensure that water services reach even the most remote areas.

  • The output of the subject Limited Duration Resources and Combination Resources shall be simulated on an hour-by-hour basis in proportion to their Effective Nameplate Capacity without foresight to future hours.

  • Please explain whether the installed capacity of a stand- alone Variable Resource is equivalent to its Effective Nameplate Capacity.

  • Please clarify to what extent a Capacity Market Seller would be required to specify the quantity of capacity it intends to offer into the corresponding capacity auction, and whether this quantity would have to be specified in terms of installed capacity, Effective Nameplate Capacity, Accredited UCAP, or some other measure.

  • Primary Reserves shall be assigned to generation resources in order to maximize simulated reliability, provided that assignments to Limited Duration Resources and Combination Resources shall be pro rata according to their Effective Nameplate Capacity.

  • For a given resource or component, the Performance Adjustment shall equal the ratio of such metric to the average (weighted by the Effective Nameplate Capacity) of such metrics for all units in the applicable Variable Resource ELCC Class.

  • For each ELCC Class, the ELCC Class UCAP is the ELCC Class Rating times the aggregate Effective Nameplate Capacity of the resources in the model that belong to the subject class.

  • PJM will allocate that residual UCAP quantity among those resources pro rata, based on Effective Nameplate Capacity and Performance Adjustment.115As a fallback, if ELCC Class Rating floor values have bound to such an extent that there are not sufficient offsets available from other resources in the group (i.e., without 113 See Proposed RAA, Schedule 9.1, section J(3)(e)(ii).114 See Proposed RAA, Schedule 9.1, section J(3)(e)(iii), (iv).

  • Proposed RAA, Schedule 9.2, § G.2. If the two terms (installed capacity and Effective Nameplate Capacity) are not equivalent, please support the proposal to define the installed capacity of a standalone Variable Resource on a different basis than the installed capacity of a Combination Resource with a Variable Resource component.


More Definitions of Effective Nameplate Capacity

Effective Nameplate Capacity means (i) for each Variable Resource and Combination Resource, the resource’s Maximum Facility Output; (ii) for each Limited Duration Resource, the sustained level of output that the unit can provide and maintain over a continuous period, whereby the duration of that continuous period matches the characteristic duration of the corresponding ELCC Class, with consideration given to ambient conditions expected to exist at the time of PJM system peak load, to the extent that such conditions impact such resource’s capability. For the 2025/2026 Delivery Year and subsequent Delivery Years, the Effective Nameplate Capacity of each Limited Duration Resource shall not exceed the Capacity Interconnection Rights of such Limited Duration Resource.
Sample 1Sample 2
Effective Nameplate Capacity means (i) for each Variable Resource and Combination Resource, xxxxx is a Generation Capacity Resource, the resource’s Maximum Facility Output; (ii) for each Variable Resource and Combination Resource, that is a Component DER as part of a DER Capacity Aggregation Resource, the device’s maximum energy production capability, as defined by the resource’s state interconnection agreement; or (iii) for each Limited Duration Resource, the sustained level of output that the unit device can provide and maintain over a continuous period, whereby the duration of that continuous period matches the characteristic duration of the corresponding ELCC Class, with consideration given to ambient conditions expected to exist at the time of PJM system peak load, to the extent that such conditions impact such resource’s capability. .
Sample 1
Effective Nameplate Capacity means (i) for each Variable Resource and Combination Resource, that is a Generation Capacity Resource, the resource’s Maximum Facility Output; (ii) for each Variable Resource and Combination Resource, that is aan individual Component DER as part ofwithin a DER Aggregation Resource that is linked to a DER Capacity Aggregation Resource, the device’s maximum energy production capability, as defined by the resource’s state interconnection agreement; or (iii) for each Limited Duration Resource, the sustained level of output that the device can provide and maintain over a continuous period, whereby the duration of that continuous period matches the characteristic duration of the corresponding ELCC Class, with consideration given to ambient conditions expected to exist at the time of PJM system peak load, to the extent that such conditions impact such resource’s capability. Effective UCAP:
Sample 1
Effective Nameplate Capacity means (i) for each Variable Resource and Combination Resource, the resource’s Maximum Facility Output; (ii) for each Limited Duration Resource, the sustained level of output that the unit can provide and maintain over a continuous period, whereby the duration of that continuous period matches the characteristic duration of the corresponding ELCC Class, with consideration given to ambient conditions expected to exist at the time of PJM system peak load, to the extent that such conditions impact such resource’s capability. Effective UCAP:
Sample 1
Effective Nameplate Capacity means (i) for each Variable Resource and Combination Resource, thate is a Generation Capacity Resource, the resource’s Maximum Facility Output; (ii) for each Variable Resource and Combination Resource, that is an Aggregated DER as part of a DER Capacity Aggregation Resource, the device’s maximum energy production capability, as defined by the resource’s state interconnection agreement; or (iii) for each Limited Duration
Sample 1

Related to Effective Nameplate Capacity

  • Nameplate capacity means the maximum electrical generating output (in MWe) that a generator can sustain over a specified period of time when not restricted by seasonal or other deratings as measured in accordance with the United States Department of Energy standards.

  • New Capacity means a new Generator, a substantial addition to the capacity of an existing Generator, or the reactivation of all or a portion of a Generator that has been out of service for five years or more that commences commercial service after the effective date of this definition. For purposes of Section 23.4.5 of this Attachment H, “Offer Floor” for a Mitigated Capacity Zone Installed Capacity Supplier that is not a Special Case Resource shall mean the lesser of (i) a numerical value equal to 75% of the Mitigation Net CONE translated into a seasonally adjusted monthly UCAP value (“Mitigation Net CONE Offer Floor”), or (ii) the numerical value that is the first year value of the Unit Net CONE determined as specified in Section 23.4.5.7, translated into a seasonally adjusted monthly UCAP value using an appropriate class outage rate, (“Unit Net CONE Offer Floor”). The Offer Floor for a Mitigated Capacity Zone Installed Capacity Supplier that is a Special Case Resource shall mean a numerical value determined as specified in Section 23.4.5.7.5. The Offer Floor for Additional CRIS MW shall mean a numerical value determined as specified in Section 23.4.5.7.6. For the purposes of Section 23.4.5 of this Attachment H, “Non-Qualifying Entry Sponsors” shall mean a Transmission Owner, Public Power Entity, or any other entity with a Transmission District in the NYCA, or an agency or instrumentality of New York State or a political subdivision thereof.

  • Storage Capacity means any combination of space, injectability and deliverability.

  • Idle capacity means the unused capacity of partially used facilities. It is the difference between: (a) that which a facility could achieve under 100 percent operating time on a one-shift basis less operating interruptions resulting from time lost for repairs, setups, unsatisfactory materials, and other normal delays; and (b) the extent to which the facility was actually used to meet demands during the accounting period. A multi-shift basis should be used if it can be shown that this amount of usage would normally be expected for the type of facility involved.

  • RA Capacity means the maximum megawatt amount that the CAISO recognizes from a Project that qualifies for Buyer’s Resource Adequacy Requirements and is associated with the Project’s Capacity Attributes.

  • Project Capacity means the AC capacity of the project at the generating terminal(s) and to be contracted with MSEDCL for supply from the Solar Power Project.

  • Maximum Capacity or ‘Pmax’ means the maximum continuous active power which a power-generating module can produce, less any demand associated solely with facilitating the operation of that power-generating module and not fed into the network as specified in the connection agreement or as agreed between the relevant system operator and the power-generating facility owner;

  • Contract Capacity has the meaning set forth in Section 3.1(f).

  • Design capacity means the volume of a containment feature at a discharging facility that accommodates all permitted flows and meets all Aquifer Protection Permit conditions, including allowances for appropriate peaking and safety factors to ensure sustained, reliable operation.

  • System Capacity means the operational capacity of the System at any applicable point in time.

  • Bid Capacity meanss capacity offered by the bidder in his Bid under invitation.

  • Reserved Capacity means the maximum amount of capacity and energy that the Transmission Provider agrees to transmit for the Transmission Customer over the Transmission Provider’s Transmission System between the Point(s) of Receipt and the Point(s) of Delivery under Tariff, Part II. Reserved Capacity shall be expressed in terms of whole megawatts on a sixty (60) minute interval (commencing on the clock hour) basis.

  • Technical Capacity means the maximum firm capacity that the transmission system operator can offer to the network users, taking account of system integrity and the operational requirements of the transmission network;

  • Generation Capacity Resource shall have the meaning specified in the Reliability Assurance Agreement. Generation Interconnection Customer:

  • Interruptible Capacity means capacity that may be interrupted by the Operator at any time in order to fulfil shippers’ nominations under a firm capacity reservation.

  • Nominal Capacity means the volume indicated by the manufacturer that represents the maximum recommended filling level.

  • Unforced Capacity shall have the meaning specified in the Reliability Assurance Agreement.